Publications

This study introduces a 3D-printed heel pad featuring a circular auxetic re-entrant honeycomb structure, designed to alleviate heel pressure and prevent foot ulcers in diabetic patients. Read more

This study examines the thermal and tactile comfort of summer underwear in Hong Kong. Using physical experiments and wear trials, the research highlights that lighter, thinner fabrics with low stitch density enhance breathability and moisture wicking, improving overall wearer comfort. Read more

This paper presents a three-dimensional nonlinear biomechanical finite element model to simulate elderly breast deformation under arm abduction. Read more

This study introduces a weft-knitted spacer fabric for insoles, enhancing shock absorption, pressure resistance, and thermal comfort. It reveals how inlay density and spacer yarn impact compression resistance, air permeability, and thermal resistance, offering innovative solutions for comfort. Read more

This article reviews textile-based fiber optic sensors for health monitoring, emphasizing their flexibility and lightweight nature. It analyzes research trends using citation network analysis, highlighting applications in vital signs and respiratory monitoring for enhanced health assessment. Read more

This study presents a novel hypertrophic scar treatment using 3D printing and silicone elastomers. The methodology includes pressure distribution optimization via finite element analysis, resulting in enhanced pressure control on scars, offering improved healing outcomes with a custom-fit design. Read more

This study explores IR thermography for non-radiation screening of AIS, comparing thermal patterns to spinal deformities on X-rays. Key findings suggest a potential for early detection and severity prediction, providing a safe and automated approach to AIS screening without radiation. Read more

This study presents a method to quantify cationic finishing agents on cellulosic fabrics using the Kubelka–Munk equation. Findings reveal maximum PHMB adsorption around 8 mg/g and establish a safe, non-cytotoxic PHMB level for biosafety, offering crucial insights for fabric treatment. Read more

This study examines PHMB-treated fabric, showing it kills 94% of coronavirus in 2 hours. The findings highlight its potential for use in protective clothing and bedding, offering a promising solution to reduce COVID-19 transmission in high-risk areas. Read more

This study investigates polysaccharide-based pH-responsive hydrogels for drug delivery. Enhanced drug release and antibacterial properties were observed, facilitated by improved stability and mechanical strength, indicating significant potential for advanced biomedical applications. Read more